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BAP Milling Cutter Head: English Introduction
1. Concise Version (For Catalogs & Quick Reference)
The BAP Milling Cutter Head is an indexable square shoulder milling cutter known for its screw-clamping mechanism. It is engineered for high-efficiency machining of 90-degree shoulders and faces, offering exceptional rigidity and stability in heavy-duty applications.
2. Standard Technical Description
The BAP Series represents a robust, screw-type indexable milling cutter head designed primarily for square shoulder milling and face milling operations. Its key characteristic is a threaded clamping system that secures positive rake inserts with exceptional force, minimizing tool deflection and vibration.
Key Features:
Screw-Lock Design: Ensures maximum insert clamping security, ideal for high-feed and heavy-cut conditions.
90° Shoulder Machining: Capable of producing true vertical shoulders and flat surfaces.
High Rigidity: Solid body construction provides superior stability, reducing chatter and improving surface finish.
Positive Rake Geometry: Facilitates freer cutting action, lower power consumption, and better chip evacuation.
Excellent Chip Evacuation: The open design allows for efficient chip flow, which is critical in deep slotting and high-volume material removal.
3. Detailed Professional Overview
BAP Indexable Milling Cutter Head: Technical Overview
The BAP milling cutter head is a premium-grade tooling solution for demanding shoulder and face milling applications on CNC machining centers. It falls under the category of screw-clamp square shoulder cutters and is distinguished by its superior clamping reliability and metal removal rates.
Technical Highlights:
Clamping Mechanism: Utilizes a central screw to directly axially clamp the wedge-seat and insert. This system offers the highest level of security, virtually eliminating the risk of insert movement during aggressive machining.
Enhanced Stability: The rigid design is particularly advantageous when machining difficult-to-cut materials like stainless steels, titanium alloys, and high-temperature alloys.
Versatile Application: Suitable for a wide range of operations, from heavy roughing to semi-finishing, across various industries including aerospace, mold & die, and general engineering.
Insert Compatibility: Typically uses standardized positive rake, rhombic-shaped inserts (such as those in the APMT or similar series), which provide multiple cutting edges and are available in various grades for different materials.
Typical Applications:
Shoulder milling
Face milling
Slot milling (depending on cutter diameter)
Heavy-duty profiling
High-productivity machining on cast iron, steel, and alloyed materials
